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Aging-US (IMAGE)

Impact Journals LLC

Aging-US

Caption

Dietary sucrose determines the regulatory activity of lithium on gene expression and lifespan in Drosophila melanogaster

Credit

2024 Jans et al.

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More on this News Release

Dietary sucrose determines activity of lithium on gene expression and lifespan in drosophila melanogaster

Impact Journals LLC

Journal
Aging-US
DOI
10.18632/aging.205933

Keywords

  • /Life sciences/Biochemistry/Biomolecules/Carbohydrates/Sugars/Sucrose
  • /Life sciences/Biochemistry/Protein functions/Protein activity/Kinase activity
  • /Social sciences/Demography/Vital statistics/Life span
  • /Life sciences/Organismal biology/Animals/Invertebrates/Arthropods/Insects/Drosophila
  • /Scientific community/Academic publishing/Bibliometrics/Research impact
  • /Scientific community/Science careers/Science administration
  • /Health and medicine/Health care/Health counseling/Dietetics/Diets
  • /Health and medicine/Diseases and disorders/Cancer
  • /Health and medicine/Medical specialties/Pathology/Disease prevention
  • /Life sciences/Developmental biology/Ontogeny/Sex determination
  • /Life sciences/Cell biology/Cellular physiology/Cellular processes/Cellular regulation
  • /Life sciences/Genetics/Molecular genetics/Gene expression/Gene regulation
  • /Life sciences/Biochemistry/Biomolecules/Enzymes/Synthases
  • /Life sciences/Biochemistry/Pharmacology/Bioactivity
  • /Health and medicine/Clinical medicine/Medical treatments/Drug therapy
  • /Scientific community/Academic publishing/Academic journals/Scientific journals
  • /Life sciences/Genetics/Molecular genetics/Gene expression/Epistasis/Genetic interaction
  • /Life sciences/Biochemistry/Protein functions/Protein interactions
  • /Life sciences/Cell biology/Cellular physiology/Cellular processes/Phosphorylation

Original Source

https://www.aging-us.com/news-room/Dietary-Sucrose-Determines-Activity-of-Lithium-on-Gene-Expression-and-Lifespan-in-Drosophila-Melanogaster

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